Assessing initiation of rock-slope deformation and paleo-slip rates of rockslides is important
to understand the impact of climate variability-in particular permafrost changes-on rockslide …

Power laws fit to rockfall frequency-magnitude distributions are commonly used to
summarize rockfall inventories, but uncertainty remains regarding which variables control …

Permafrost in steep rock slopes has been increasingly studied since the early 2000s in
conjunction with a growing number of rock slope failures, which likely resulted from …

Rock avalanche–triggered displacement waves (also termed tsunamis) have recently
occurred in Greenland and Alaska, and they illustrate the presence of such hazards in polar …

High‐Alpine regions are prone to a large variety of geohazards, among which earthquakes
have the strongest impact on landscape and local population. Historic records indicate a …

Oversteepened valley walls in western Norway have high recurrences of Holocene rock-
slope failure activity causing significant risk to communities and infrastructure. Deposits from …

There exists a transition between rockfalls, large rock mass failures, and rock avalanches.
The magnitude and frequency relations (M/F) of the slope failure are increasingly used to …

We have compiled recently published and unpublished cosmogenic 10 Be exposure ages of
rock-avalanche deposits and break away scars in western and southern Norway in order to …

Rock‐slope failures (RSF s) constitute significant natural hazards, but the geophysical
processes that control their timing are poorly understood. However, robust chronologies can …

In this study, identified mass transport deposits (MTDs) in previously analyzed as well as
new sediment cores and seismic profiles from 22 fjord systems and six lakes in west and mid …